No because an antibody is produced for that specific pathogen. An antibody produced against influenza will not lock onto a common cold virus because the binding site on the virus is different compared to that of an antibody.
anti-nuclear antibody = ANAANA's are a common occurrence in lupus patients
Influenza A and Influenza B viruses are both types of flu viruses that can cause similar symptoms. However, they differ in their genetic makeup and the strains they can produce. Influenza A viruses are more common and can infect a wider range of animals, including humans, birds, and pigs. They are also known to cause more severe outbreaks and pandemics. In contrast, Influenza B viruses mainly infect humans and typically cause milder illness compared to Influenza A.
'Avian Influenza' is not the scientific name, the scientific name is actually Orthomyxoviridae, Influenza Type A, subtype H5N1. The common names are: Avian Influenza, bird flu, and fowl plague.
Yes, vaccines are effective in preventing both mumps and influenza. The MMR vaccine protects against mumps, measles, and rubella, while the seasonal influenza vaccine is designed to protect against the most common strains of the flu virus each year. Vaccination significantly reduces the incidence of these diseases and helps prevent outbreaks, contributing to overall public health.
Influenza.
There is the common cold and influenza.
Influenza A and Influenza B are two different types of flu viruses. Influenza A is more common and can infect both humans and animals, while Influenza B mainly affects humans. Influenza A has more subtypes and can cause more severe outbreaks, while Influenza B typically causes milder illness.
no it is the flu or common cold
influenza type A is the most common and dangerous of all the types of this virus. it has caused many medical panics in history.
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Each antibody has a variable region at the top of the arms of the Y-Shaped structure of the antibody. These variable regions each have a different sequence of amino acids and therefore a different structure. This means that only specific antigens can bind to the binding sites - only those with a complementary shape. The antigen fits into the binding site by induced fit. Once the antigen has bound to the antibody it forms a highly specific antigen-antibody complex. Therefore the role of the variable region is to produce a specific binding site for each type of antigen.
The common immunizations given in the US are against: Hepatitis B Hepatitis A Tetanus Diptheria Pertussis Hemophilus Influenza type B (a bacteria - not the "flu") Rotavirus Pneumococcus Polio Measles Mumps Rubella Varicella (chicken Pox) Human Papilloma Virus Meningococcus Influenza There are other vaccines given to special groups such as: Typhoid Tuberculosis Rabies Yellow Fever